Mechanical Design Engineer - Structural Dynamics Modeling

Full-time - Entry Level

Ann Arbor, MI

About the position

Are you a seasoned Precision Mechanical Engineer ready to take on exciting challenges? Join our multi-disciplinary team at KLA, where you'll help design groundbreaking mechatronics systems for semiconductor inspection and metrology tools. Experience the opportunity to grow in all aspects of precision motion system design, including structural dynamic's modeling, analysis, FEA, and coding for data analysis and visualization. At KLA, we're not just envisioning the future—we're creating it! Ready to make your mark? Join us and be part of something outstanding!

Responsibilities

• Design models of high performance linear and rotary motion system dynamics.
• Develop, build, and control mechatronics hardware.
• Analyze and design solutions to machine dynamics and vibration challenges.
• Use model-based design techniques to build predictive performance models.
• Help with concept generation, solving problems, and customer concerns.

Requirements

• Master’s or PhD in Mechanical Engineering or equivalent.
• Experience with high precision mechanical hardware is required.
• Experience in either precision machine design or modeling is required.
• Knowledge of vibrations, dynamics, and control system modeling is ideal.
• Experience doing finite element analysis.
• Understanding of dynamic system modeling and feedback control systems.
• Knowledge of MATLAB or Python.
• Enjoy hands-on challenges, collaboration, and delivering great results.
• Experience with CAD and a passion for design.

Benefits

• Medical, dental, vision, life, and other voluntary benefits.
• 401(K) including company matching.
• Employee stock purchase program (ESPP).
• Student debt assistance.
• Tuition reimbursement program.
• Development and career growth opportunities and programs.
• Financial planning benefits.
• Wellness benefits including an employee assistance program (EAP).
• Paid time off and paid company holidays.
• Family care and bonding leave.